Honda has officially confirmed that the 2026 model year will be the final chapter for the Honda Prologue, ending the company’s only battery-electric vehicle currently available in the U.S. market. The decision marks the conclusion of Honda’s partnership with General Motors on Ultium-based electric vehicles and signals a significant shift in the automaker’s North American electrification strategy.

Although the Prologue quickly became one of America’s best-selling EVs after its launch, slowing demand and Honda’s renewed focus on hybrid vehicles have brought its surprisingly short production run to an end.

Honda Ends Its Ultium-Based EV Partnership

The Honda Prologue entered the U.S. market in March 2024 as Honda’s first mass-market battery-electric vehicle for North America. Rather than using an in-house platform, the electric SUV was developed in partnership with General Motors and built on GM’s Ultium architecture, sharing its underpinnings with models such as the Chevrolet Equinox EV, Cadillac Optiq, and other GM electric vehicles.

Production takes place at GM’s Ramos Arizpe assembly plant in Mexico, the same facility that manufactures several Ultium-based EVs for General Motors.

The Prologue’s discontinuation effectively closes Honda’s collaboration with GM on battery-electric vehicles. The partnership has steadily wound down over the past few years, including the cancellation of plans to jointly develop affordable EVs and the dissolution of the companies’ fuel-cell joint venture.

Honda also ended production of the Acura ZDX, another GM-based electric SUV, leaving the Prologue as the final model produced under the Ultium partnership.

A Short Life but Strong Sales Performance

Despite remaining on the market for only a few years, the Honda Prologue exceeded many expectations.

Following its launch, the electric SUV quickly climbed into the ranks of America’s best-selling EVs. During its first full year on sale, it became the sixth best-selling electric vehicle in the United States, trailing only the Tesla Model Y, Tesla Model 3, Chevrolet Equinox EV, Ford Mustang Mach-E, and Hyundai IONIQ 5.

Honda has delivered more than 80,000 Prologues since the model debuted in 2024, demonstrating that demand for the vehicle was initially much stronger than many industry observers anticipated.

However, momentum slowed considerably in 2026. Sales during the first half of the year fell 48% year-over-year, although the Prologue still remained among the top 10 best-selling electric vehicles in the U.S. market.

June sales also reflected the slowdown, declining about 40% compared with the previous year, even as Honda’s overall U.S. sales continued to grow thanks to strong demand for hybrid versions of the CR-V, Accord, and Civic.

Existing Inventory Will Continue Selling Into 2027

Honda is not ending Prologue sales immediately.

According to company executives, dealers are expected to continue selling existing inventory into early 2027, giving customers additional time to purchase the electric SUV. Reports indicate that a substantial number of vehicles remain in dealer inventory, and Honda has introduced attractive lease incentives to help move the remaining stock.

The automaker also confirmed that Prologue owners will continue to receive full support through Honda’s dealer network.

Current owners should not expect any changes to after-sales support once production concludes.

Honda Doubles Down on Hybrids

The Prologue’s discontinuation comes after Honda made several major revisions to its EV strategy earlier this year.

The company postponed development of its next-generation battery-electric lineup, including the Honda 0 Series SUV, Honda 0 Series Sedan, and the Acura RSX EV. Those vehicles had been scheduled for production at Honda’s dedicated EV Hub in Ohio using an all-new in-house electric platform.

The restructuring reportedly resulted in approximately $10 billion in charges, contributing to Honda’s first annual net loss since becoming a publicly traded company.

Rather than aggressively expanding its battery-electric portfolio in the near term, Honda is now prioritizing hybrid technology.

The automaker plans to introduce 15 new hybrid models globally by 2030, with North America expected to be the primary market for many of those vehicles. Larger SUVs and crossovers are expected to play an important role as Honda responds to continued consumer demand for hybrids alongside traditional gasoline-powered models.

Honda executives have indicated that the current U.S. market favors a balanced mix of internal combustion engines and hybrid vehicles, influencing the company’s revised product strategy.

What the Prologue’s Exit Means for Honda

With the Prologue scheduled to leave production after the 2026 model year, Honda will temporarily have no battery-electric vehicle on sale in North America.

While the automaker has reiterated its long-term commitment to vehicle electrification, its immediate focus has clearly shifted toward expanding its hybrid lineup rather than introducing additional fully electric models.

The Prologue’s relatively brief lifespan nevertheless leaves behind an impressive sales record. It proved there is strong demand for a Honda-branded electric SUV, even one developed through a partnership, and established the brand as a notable player in the U.S. EV market during its short production run.

For now, customers interested in the Prologue will still be able to find new models at dealerships through early 2027, while Honda prepares its next phase of electrification with a greater emphasis on hybrid technology before returning to a broader battery-electric strategy later in the decade.

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ChargePoint and Onvo have announced a new partnership to expand ultra-fast electric vehicle charging along major highway corridors in the northeastern United States. The collaboration will bring high-speed DC fast charging to a dozen travel plazas in Pennsylvania and New York, helping improve charging access for drivers on long-distance journeys.

The project represents another step toward strengthening the region’s EV charging infrastructure as electric vehicle adoption continues to grow across the United States.

12 Highway Travel Plazas to Receive Ultra-Fast Charging

The first phase of the rollout includes 12 Onvo travel plaza locations strategically positioned along major highways in Pennsylvania and New York. Each site will be equipped with ChargePoint Express Plus DC fast charging stations capable of delivering reliable, high-power charging for a wide range of electric vehicles.

The locations have been selected to support long-distance travel, addressing gaps in existing highway charging coverage while providing convenient stops for EV drivers.

Beyond fast charging, the travel plazas offer amenities including restaurants, retail stores, and other services, allowing drivers to make productive use of charging time.

ChargePoint Express Plus Supports High-Power Charging

The new installations will utilize ChargePoint’s Express Plus platform, which is designed to deliver consistent high-power charging performance while supporting simultaneous charging of multiple vehicles from a single system.

The charging hardware is compatible with virtually every electric vehicle currently on the road, making the network accessible to drivers regardless of vehicle brand.

As battery technology and charging capabilities continue to improve, high-power charging locations like these are becoming increasingly important for reducing travel times and improving the overall EV ownership experience.

Supporting the Growth of Electric Mobility

According to ChargePoint CEO Rick Wilmer, the partnership reflects the company’s commitment to deploying ultra-fast charging at convenient highway locations that also provide valuable amenities for drivers. Expanding reliable charging along major travel routes is expected to make long-distance EV travel more practical and accessible.

Onvo also sees the partnership as an opportunity to better serve a growing number of electric vehicle owners. Harman Aulakh, Vice President of Marketing at Onvo, said the company is focused on providing convenient, high-performance charging for drivers traveling across its network of highway travel plazas.

Strengthening the Northeast’s EV Charging Network

Reliable highway fast charging remains one of the most important factors in accelerating EV adoption. By bringing additional ultra-fast charging stations to key travel corridors, the ChargePoint and Onvo partnership will help improve charging availability in Pennsylvania and New York while giving drivers greater confidence when planning longer trips.

As more drivers transition to electric vehicles, investments in strategically located fast-charging hubs with food, retail, and other traveler amenities are expected to play an increasingly important role in supporting everyday travel and reducing range anxiety.

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The 2027 Toyota Prius Plug-in Hybrid continues to build on the success of Toyota’s latest-generation electrified hatchback, combining sharp styling, impressive efficiency and everyday practicality. For the new model year, Toyota adds more comfort features while retaining the plug-in hybrid’s strong electric driving capability, brisk performance and advanced safety technologies.

Available in four trim levels—SE, XSE, Nightshade and XSE Premium—the 2027 Prius Plug-in Hybrid remains one of the most compelling choices for drivers who want significant electric driving without committing to a fully electric vehicle.

Up to 44 Miles of Electric Driving

At the heart of the 2027 Toyota Prius Plug-in Hybrid is Toyota’s fifth-generation Hybrid System, which pairs a 2.0-liter four-cylinder gasoline engine with electric motor-generators to produce a combined 220 horsepower.

The result is quick acceleration for a plug-in hybrid, with Toyota estimating a 0-60 mph time of 6.6 seconds.

A 13.6-kWh lithium-ion battery provides an EPA-estimated:

– Up to 44 miles of all-electric range on the SE trim.
– Up to 39 miles of electric range on the XSE, Nightshade and XSE Premium models.

Once the battery is depleted, the Prius seamlessly transitions into hybrid operation. The SE grade delivers an EPA-estimated 51 mpg combined, making it one of the most fuel-efficient plug-in hybrids available in the U.S.

What’s New for 2027?

The biggest update for the 2027 model year is the addition of dual-zone automatic climate control across the lineup, allowing the driver and front passenger to select individual temperature settings for greater comfort.

Toyota also introduces a new Inked exterior paint color, while the Nightshade Edition continues to offer its exclusive Karashi finish.

Other available colors include: Cutting Edge, Guardian Gray, Reservoir Blue, Supersonic Red and Wind Chill Pearl.

Flexible Charging for Everyday Driving

One of the Prius Plug-in Hybrid’s biggest advantages is its flexibility.

Owners can recharge the battery using the included dual-voltage charging cable without installing specialized home charging equipment.

Charging times are approximately:

– Around 11 hours using a standard 120-volt household outlet.
– About 4 hours with a Level 2 charger.

Even when charging isn’t possible, the vehicle continues operating as a conventional hybrid, eliminating range anxiety for longer trips.

Three Driving Modes

The Prius Plug-in Hybrid offers three operating modes designed to maximize efficiency and performance depending on driving conditions.

EV Mode uses battery power exclusively whenever sufficient charge is available, allowing the vehicle to drive like a fully electric car.

Auto EV/HV Mode prioritizes electric driving but automatically engages the gasoline engine when additional power is required, such as during highway acceleration or steep climbs.

Hybrid Mode continuously balances gasoline and electric power to optimize fuel economy and performance.

Drivers can also select Normal, Eco and Sport drive modes to tailor throttle response and overall driving characteristics.

Advanced Hybrid Technology

Toyota’s latest Hybrid System combines the 2.0-liter gasoline engine with two motor-generators connected through an electronically controlled continuously variable transmission (eCVT).

The electric motor assists acceleration while regenerative braking captures energy during deceleration to recharge the battery. Toyota’s Electronically Controlled Brake system blends regenerative and hydraulic braking to maximize efficiency without compromising stopping performance.

Modern Interior and Connectivity

Inside, the Prius Plug-in Hybrid offers a clean, technology-focused cabin.
Most trims feature an 8-inch Toyota Audio Multimedia touchscreen, while a larger 12.3-inch display is standard on the XSE Premium and optional on XSE and Nightshade.

Wireless Apple CarPlay and Android Auto come standard across the lineup, along with:

– Over-the-air software updates
– Six USB-C ports
– Wireless smartphone charging on higher trims
– Available JBL Premium Audio system with eight speakers
– Available Wi-Fi Connect and connected services

Toyota also includes generous trial subscriptions for Safety Connect, Remote Connect, Service Connect and Drive Connect.

Trim Levels

The 2027 Prius Plug-in Hybrid is available in four well-equipped trims.

The SE serves as the entry point with 17-inch alloy wheels, heated leather-trimmed steering wheel, fabric seats, wireless smartphone integration, rain-sensing wipers and a 7-inch digital instrument cluster.

Moving up to the XSE adds larger 19-inch wheels, heated SofTex-trimmed seats, a power-adjustable driver’s seat, wireless phone charging, expanded Smart Key access and standard front and rear parking assist.

The Nightshade Edition builds on the XSE with exclusive black exterior accents, black-finished alloy wheels, carbon-fiber-style dashboard trim and unique interior detailing for a sportier appearance.

At the top of the range, the XSE Premium includes a 12.3-inch touchscreen, JBL premium audio, heated and ventilated front seats, memory driver’s seat, power liftback and fixed glass roof. Optional equipment includes a panoramic view monitor, heated rear seats, Advanced Park, digital rearview mirror and an available solar roof capable of charging the hybrid battery while parked under favorable conditions.

Toyota Safety Sense 3.0 Comes Standard

Every 2027 Prius Plug-in Hybrid includes Toyota Safety Sense 3.0, featuring:

– Pre-Collision System with Pedestrian Detection
– Dynamic Radar Cruise Control
– Lane Departure Alert with Steering Assist
– Lane Tracing Assist
– Road Sign Assist
– Automatic High Beams
– Proactive Driving Assist

Additional standard safety technologies include Blind Spot Monitor, Rear Cross-Traffic Alert and Safe Exit Alert.

2027 Toyota Prius Plug-in Hybrid Pricing

Toyota has announced the following U.S. starting prices:

Prices exclude the $1,295 dealer processing and handling fee.

Warranty and ToyotaCare

The 2027 Prius Plug-in Hybrid is backed by Toyota’s standard 3-year/36,000-mile basic warranty, along with a 5-year/60,000-mile powertrain warranty and corrosion coverage.

Toyota also includes ToyotaCare, providing complimentary factory-scheduled maintenance for one year or 10,000 miles, plus two years of unlimited-mile roadside assistance.

Final Thoughts

The 2027 Toyota Prius Plug-in Hybrid continues to strengthen its position in the plug-in hybrid segment by offering an excellent balance of electric driving capability, fuel efficiency, everyday practicality and modern technology. With up to 44 miles of electric range, 220 horsepower, comprehensive standard safety equipment and a starting price below $34,000, it remains an attractive option for drivers seeking an electrified vehicle that can comfortably handle both daily commuting and long-distance travel.

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Nissan has reached a major milestone in its electrification journey, delivering its 100,000th electric vehicle to a customer in the United Kingdom. The landmark delivery underscores the automaker’s long-standing commitment to electric mobility and comes as its latest generation of EVs continues to expand its presence across the British market.

The historic vehicle was an all-new, all-electric Nissan MICRA, handed over to customers Ron and Gillian Ainsworth at Chorley Group’s Nissan dealership in Chorley, Lancashire. Unaware that their purchase would become part of Nissan’s history in the UK, the couple became the recipients of the manufacturer’s 100,000th EV delivered nationwide.

All-New Nissan MICRA Continues Strong Start

Since arriving in dealerships earlier this year, the all-electric Nissan MICRA has quickly become one of the brand’s most talked-about models. Combining compact dimensions with modern styling, practical everyday usability, and zero-emission driving, the new MICRA has attracted both first-time EV buyers and existing electric vehicle owners looking for their next car.

According to Nissan retailer Chorley Group, customer demand has been particularly strong as more drivers look to reduce running costs amid higher fuel prices while benefiting from the latest advancements in electric vehicle technology.

For the Ainsworth family, the new MICRA marks their first experience with electric mobility. After researching the model and reading positive reviews, they selected the compact EV for its comfort, spacious interior, attractive design, and enjoyable driving experience.

A Pioneer in the UK’s Electric Vehicle Market

Nissan’s achievement reflects more than a decade of leadership in Britain’s EV market. The company’s electric journey began in 2011 with the launch of the original Nissan LEAF, widely recognized as the world’s first mass-produced electric car for mainstream buyers.

The first-generation LEAF helped introduce thousands of UK motorists to battery-electric driving with a practical real-world range for daily commuting. A second-generation model followed in 2018, bringing updated styling, improved efficiency, and advanced driver assistance technologies such as ProPILOT.

Today, Nissan’s electric lineup has evolved considerably. Alongside the all-new MICRA, customers can choose the refreshed ARIYA electric SUV and the third-generation LEAF, which has already received significant industry recognition ahead of its showroom arrival later this year.

Nissan’s Growing Electric Vehicle Lineup

Nissan’s current UK EV portfolio now spans multiple vehicle segments, giving buyers more options than ever before.

The all-new LEAF enters its third generation with British engineering and production, continuing the legacy of one of the world’s most influential electric cars. Even before reaching customers, the latest model has earned the 2026 Auto Express Car of the Year award.

The Nissan ARIYA remains the brand’s premium electric SUV, offering a driving range of more than 300 miles along with updated technology, refined styling, and enhanced everyday practicality for the 2026 model year.

Meanwhile, the reborn Nissan MICRA has returned exclusively as a fully electric hatchback. Early reviews have praised its blend of efficiency, driving dynamics, and urban practicality, making it an appealing option in the increasingly competitive small EV segment.

Beyond passenger vehicles, Nissan has also continued expanding its commercial EV range. Following the pioneering e-NV200, the company now offers the Townstar EV and the larger Interstar-e, providing fully electric solutions for businesses and fleet operators.

Government Incentives Support EV Adoption

Nissan’s latest passenger EV lineup—including the MICRA, LEAF, and ARIYA—qualifies for the UK’s Government Electric Car Grant, helping make electric vehicles more accessible to a wider range of buyers.

Combined with lower operating costs, improving charging infrastructure, and expanding model availability, financial incentives continue to encourage drivers to make the transition from internal combustion engines to battery-electric vehicles.

Looking Ahead

Nissan’s electrification strategy is set to accelerate further over the coming years. In addition to the launch of the third-generation LEAF, the company is preparing to introduce the first-ever fully electric JUKE, which will be built alongside the LEAF at Nissan’s Sunderland manufacturing plant.

The automaker also plans to expand its portfolio with a new ultra-compact A-segment electric model designed specifically for urban mobility, further strengthening its presence across multiple EV categories.

Reaching 100,000 electric vehicle deliveries in the UK represents an important milestone not only for Nissan but also for the continued growth of electric mobility in one of Europe’s largest EV markets. With an expanding product lineup, ongoing investment in British manufacturing, and new models arriving in the near future, Nissan appears well positioned to build on 15 years of leadership in electric vehicle innovation.

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MOIA has launched public pilot operations of its autonomous all-electric ID. Buzz ridepooling service in Hamburg, giving selected residents the opportunity to experience self-driving mobility as part of the German-funded ALIKE project.

The launch marks an important milestone for autonomous mobility in Europe, moving beyond controlled testing toward real-world passenger operations. The project is designed to demonstrate how self-driving, on-demand transportation can complement existing public transit networks while helping shape the future of urban mobility.

Initially, pre-registered Hamburg residents can book rides in autonomous Volkswagen ID. Buzz electric vehicles through the MOIA app, with support for the hvv switch app expected soon. The pilot service currently operates in selected parts of Winterhude, Barmbek, and Wandsbek.

During the trial phase, rides are offered free of charge and every vehicle carries a trained safety operator while the technology continues to be validated under real-world conditions. Up to ten autonomous ID. Buzz vehicles will participate in the pilot program.

Autonomous Ridepooling Designed for Public Transport

The Hamburg initiative is part of the ALIKE project, funded by the German Federal Ministry for Transport. The project explores how autonomous ridepooling services can work alongside buses and trains, offering passengers an additional convenient and sustainable transportation option.

Like MOIA’s existing ridepooling service, passengers traveling in similar directions share a vehicle, while pickups and drop-offs take place at designated virtual stops. This model is intended to improve transport efficiency, reduce congestion, and make better use of shared electric mobility.

Patrick Schnieder, Germany’s Federal Minister for Transport, said autonomous driving has the potential to significantly improve quality of life while strengthening public transportation. He noted that projects such as ALIKE provide valuable practical experience that will help shape the future of mobility across German cities and regions.

Hamburg Senator for Transport and Mobility Transition Anjes Tjarks described the city as an ideal testing ground for innovative mobility solutions, saying the project represents an important step from research into everyday use of autonomous transportation.

European Technology Platform for Autonomous Mobility

The autonomous ID. Buzz fleet is powered by MOIA’s integrated technology platform, which combines the Volkswagen ID. Buzz AD, Mobileye’s automated driving system, fleet management software, Mobility-as-a-Service (MaaS) capabilities, and operational tools into a single ecosystem.

Beyond the vehicles themselves, the platform also includes fleet management, operator training, and deployment support, allowing public transit agencies and private fleet operators to introduce autonomous mobility services more efficiently.

According to MOIA CEO Sascha Meyer, the first passenger operations in Hamburg represent a major milestone for the company’s European autonomous mobility platform. Data collected during real-world service will be used to further improve the technology before expanding into additional markets.

Hamburg Serves as the Launchpad for Global Expansion

The Hamburg pilot also plays a central role in MOIA’s international growth strategy.

The company is preparing additional autonomous passenger pilot programs in Germany, Norway, and the United States, allowing its technology to be tested across a wide range of operating environments before commercial deployment.

Earlier this year, MOIA also announced a partnership with U.S.-based mobility provider Beep to deploy up to 5,000 autonomous electric shuttle vehicles for public transportation over the next decade, highlighting the company’s ambitions to scale autonomous mobility globally.

ALIKE Project Brings Multiple Partners Together

ALIKE is led by Hamburg’s public transport operator HOCHBAHN and brings together several organizations, including MOIA, HOLON, the Karlsruhe Institute of Technology (KIT), and Hamburg’s Ministry for Transport and Mobility Transition.

The project is developing two integrated autonomous on-demand mobility services. Following MOIA’s launch of autonomous ID. Buzz operations, the next stage will see HOCHBAHN begin testing autonomous HOLON vehicles as part of the broader initiative.

Regulatory Progress Supports Autonomous Deployment

The expansion of autonomous mobility is also being supported by evolving international regulations.

The recently adopted UNECE regulation for fully autonomous driving systems establishes internationally harmonized safety requirements for autonomous vehicles. Pilot programs such as ALIKE are expected to provide regulators, manufacturers, and mobility providers with valuable operational data needed to support future large-scale commercial deployment.

As autonomous ridepooling moves from experimental testing toward everyday transportation, Hamburg is emerging as one of Europe’s most important proving grounds for the next generation of shared electric mobility.

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Hyundai Motor Group is making public EV charging more convenient for Canadian drivers with the rollout of new in-app charging functionality for both Hyundai and Genesis electric vehicles.

As Genesis is Hyundai’s luxury brand, the two automakers are introducing similar connected charging features through their respective mobile apps, giving owners a simpler way to find, start, manage and pay for charging sessions from one place.

The new functionality is available across each brand’s entire EV lineup through the MyHyundai with Bluelink app and the Genesis Intelligent Assistant app, allowing drivers to locate compatible charging stations, initiate charging sessions, monitor progress and complete payments without switching between multiple applications.

The update is part of Hyundai Motor Group’s broader strategy to improve the overall EV ownership experience by making public charging faster, easier and more intuitive.

One app for charging, payments and station management

The new feature consolidates several essential charging functions into a single digital platform. Drivers can:

– Find nearby available charging stations
– Start charging sessions directly from the app
– Pay for charging through an integrated payment system
– Monitor and manage charging sessions from their smartphone

To access the service, users can either connect an existing ChargePoint account or create a new one within the app. Once linked, the platform provides access to several major North American charging networks, including Tesla Superchargers (where supported), ChargePoint, FLO and Circuit Électrique.

Charging sessions and payment processing are securely handled through ChargePoint and its network partners, eliminating the need to manage multiple charging accounts.

According to Jeff Hewitt, Director of Connected Digital Experience for both Hyundai Canada and Genesis Canada, integrating multiple charging networks into a single application helps simplify interactions with public charging infrastructure while providing greater convenience and confidence during everyday driving.

Complimentary NACS adapters expand charging access

Alongside the software update, both brands continue expanding charging access through complimentary North American Charging Standard (NACS) adapter programs for eligible vehicles equipped with Combined Charging System (CCS) charging ports.

Eligible Hyundai models

Owners of the following Hyundai EVs delivered before December 31, 2025, qualify for the complimentary adapter program:

– 2019-2021 Hyundai IONIQ Electric
– 2019-2026 Hyundai Kona Electric
– 2022-2025 Hyundai IONIQ 5
– 2023-2025 Hyundai IONIQ 6

Eligible Genesis models

Genesis customers with the following vehicles delivered before December 31, 2025 are also eligible:

– 2022-2025 Genesis GV60
– 2023-2024 Genesis Electrified G80
– 2024-2025 Genesis Electrified GV70

Eligible customers can receive a complimentary NACS adapter while supplies last after completing the required EV Special Care dealership service and enrolling in their respective connected vehicle app.

A more connected EV ownership experience

The introduction of integrated charging reflects Hyundai Motor Group’s continued investment in connected services that reduce friction for electric vehicle owners. By combining station discovery, charging activation, payment processing and access to multiple charging providers within a single application, both Hyundai and Genesis aim to make public charging more convenient as Canada’s EV infrastructure continues to expand.

The addition of complimentary NACS adapters further broadens charging options, giving eligible drivers access to a growing number of compatible fast-charging stations across North America.

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XPENG has officially introduced the L03, its most affordable electric vehicle to date, during the company’s Global Brand Event in Munich. Designed to compete directly with mainstream electric SUVs from Tesla, Hyundai, and Škoda, the new model combines competitive pricing, impressive charging performance, and advanced driver assistance technology.

Alongside the L03, XPENG also outlined its long-term vision of an AI-powered mobility ecosystem where electric vehicles, humanoid robots, and flying cars share a common technology platform built around the company’s in-house Turing AI chip and World Foundation Model.

For European buyers, however, the spotlight belongs to the new L03.

XPENG Targets the High-Volume EV Market

Measuring 4.65 meters in length, the XPENG L03 slots below the G6 in the company’s lineup and is aimed squarely at Europe’s most competitive electric vehicle segment.

With a starting price of €35,600, the L03 undercuts several key rivals like Tesla’s Model Y, Hyundai’s Ioniq 5 and Škoda’s Elroq.

Despite its lower price, the entry-level L03 delivers 180 kW (241 hp), outperforming the base versions of several competitors.

Four Fully Electric Versions Available

The XPENG L03 is offered in four battery-electric variants, all using lithium iron phosphate (LFP) battery technology.

The lineup includes:

– The RWD Standard Range features a 58.3 kWh battery, produces 180 kW, and delivers up to 445 km (277 miles) of WLTP driving range.

– The RWD Long Range upgrades to a 71.2 kWh battery and increases range to 520 km (323 miles), while starting at €38,600.

– Drivers seeking stronger performance can choose the AWD Performance model, which generates 285 kW (382 hp) and accelerates from 0 to 100 km/h (62 mph) in just 4.5 seconds.

– The flagship Ultra trim adds XPENG’s most advanced AI hardware, premium equipment, and additional technology features.

All versions have an electronically limited top speed of 180 km/h (112 mph) and benefit from an aerodynamic drag coefficient of 0.228, placing the L03 among the most aerodynamic SUVs in its class.

Range-Extended Version Coming Later

XPENG also confirmed a range-extender (REEV) version scheduled to launch in autumn.

The model pairs a 37.25 kWh battery with a 1.5-liter gasoline engine that functions solely as a generator. Preliminary figures suggest more than 200 km (124 miles) of electric driving and a combined driving range approaching 1,000 km (621 miles). Final WLTP certification is still pending.

400-Volt Platform Delivers Surprisingly Fast Charging

Although the L03 uses a conventional 400-volt electrical architecture, it delivers charging performance normally associated with more expensive electric vehicles.

Maximum DC charging reaches 236 kW, allowing the battery to charge:

– 10% to 80% in approximately 20 minutes
– 20% to 80% in just 18 minutes

While XPENG’s 800-volt G6 remains significantly quicker, the L03’s charging speed is highly competitive for an EV priced below €40,000.

Standard equipment also includes a heat pump and vehicle-to-load (V2L) capability with up to 6 kW of external power output.

AI-Powered Interior and Advanced Driver Assistance

Inside, the L03 features a minimalist cabin centered around a 15.6-inch infotainment display, complemented by a wide 26.8-inch head-up display.

The flagship Ultra model introduces XPENG’s newest AI platform powered by two proprietary Turing chips, delivering up to 750 TOPS (tera operations per second) each. The hardware supports the company’s latest Next Generation Pilot (NGP) running on the Vision-Language-Action (VLA 2.0) architecture, combining camera, radar, and AI language models to better understand complex driving situations.

Despite the advanced technology, European models remain limited to Level 2+ driver assistance due to current regulations. XPENG expects broader autonomous driving capabilities to become possible after new European legislation is introduced, potentially beginning in 2027.

Premium Equipment Comes Standard

XPENG has equipped the L03 generously across the range.

Standard features include heated and ventilated front seats, a panoramic glass roof, the XOPERA premium audio system, seven airbags, and more than 13 driver assistance functions under the XPILOT safety suite.

The company is targeting a five-star Euro NCAP safety rating, although official crash testing has not yet been completed.

Vehicle deliveries in Europe are expected to begin during the fourth quarter of 2026. XPENG will back the L03 with a seven-year/160,000 km vehicle warranty and an eight-year battery warranty.

Google Maps Becomes Native Navigation Platform

One of the most significant announcements accompanying the L03 launch was XPENG’s new partnership with Google Maps for vehicles sold outside China.

The company will build its proprietary navigation system using Google Maps Auto SDK, making XPENG the first automaker from the Asia-Pacific region to integrate the platform directly into its vehicles.

Rather than requiring smartphone mirroring or a standalone Google Maps app, drivers will use XPENG’s own navigation interface while benefiting from Google’s mapping technology, including:

– Real-time traffic routing
– EV energy consumption estimates
– Intelligent trip planning
– Extensive place search
– Continuously updated map data

The upgraded navigation system will debut on overseas versions of the XPENG L03 before expanding to additional models.

Google Maps data will also support future international deployment of XPENG’s advanced NGP driver assistance system, providing the detailed mapping information required for increasingly sophisticated autonomous driving functions.

ElectricCarsReport Take

The XPENG L03 enters one of Europe’s most competitive EV segments with an attractive combination of affordability, solid driving range, remarkably fast charging for a 400-volt platform, and generous standard equipment. Native Google Maps integration further strengthens its appeal by offering a seamless connected driving experience without relying on smartphone mirroring.

If XPENG delivers on its promised pricing, technology, and quality, the L03 could become one of the strongest alternatives to established models such as the Tesla Model Y, Hyundai Ioniq 5, and Škoda Elroq, while helping the Chinese automaker expand its presence across Europe.

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Geely Auto UK has officially announced pricing and specifications for the all-new Geely EX2, a compact electric SUV designed to make EV ownership more accessible for British buyers. Starting from £20,990 on-the-road, the EX2 combines competitive pricing with a generous list of standard features, modern technology and a choice of three trim levels.

The new model will be offered in Pro, Max and Ultra specifications, giving customers a straightforward range while maintaining a high level of equipment across the lineup.

Two Battery Options and Rear-Wheel Drive

The entry-level Geely EX2 Pro is equipped with a 35 kWh battery and a 60 kW electric motor, delivering up to 155 miles (249 km) of driving range on a full charge.

Buyers looking for more range and performance can choose the Max or Ultra, both of which feature a larger 47 kWh battery paired with a more powerful 85 kW electric motor. These versions offer a maximum driving range of 214 miles (344 km).

All variants feature rear-wheel drive, DC rapid charging up to 80 kW, and a 6.6 kW onboard AC charger, allowing drivers to recharge quickly whether at home or on the road.

Well Equipped from the Start

Despite its affordable starting price, the EX2 Pro comes with an extensive list of standard equipment. Highlights include synthetic leather upholstery, electrically adjustable front seats, a 14.6-inch central touchscreen, an 8.8-inch digital instrument cluster, Apple CarPlay and Android Auto compatibility, keyless entry and start, privacy glass, LED daytime running lights and Vehicle-to-Load (V2L) capability.

Safety has also been given high priority. Every EX2 comes standard with seven airbags and a comprehensive suite of advanced driver assistance systems, including:

– Adaptive Cruise Control
– Autonomous Emergency Braking
– Lane Keeping Assist
– Blind Spot Detection
– Rear Cross Traffic Alert
– Driver Monitoring System

Max Adds More Range

Priced from £23,490 OTR, the Geely EX2 Max upgrades to the larger battery and more powerful electric motor, increasing the maximum driving range to 214 miles while offering stronger performance.

For buyers who regularly travel longer distances, the Max represents a significant improvement in capability while maintaining a competitive price point.

Ultra Brings Premium Features

The flagship Geely EX2 Ultra starts at £25,490 OTR and introduces a more premium specification.

Additional equipment includes:

– Two-tone exterior paint
– Ambient interior lighting
– 360-degree camera with transparent chassis view
– Wireless smartphone charging
– Heated front seats
– Heated steering wheel
– Power tailgate
– Six-speaker premium audio system
– Direct tyre pressure monitoring system

Customers can also choose an optional white interior for an additional £200.

Exterior Colours

The new Geely EX2 will be available in six exterior finishes:

– Moon White
– Comet Grey
– Star Silver
– Nebula Beige
– Aurora Green
– Jupiter Pink

Affordable Electric Mobility

With a starting price below £21,000, generous standard equipment and a choice of battery options offering up to 214 miles of range, the Geely EX2 enters the UK market as one of the most competitively priced compact electric SUVs.

Its combination of rear-wheel drive, modern in-car technology, comprehensive safety features and practical everyday usability positions the EX2 as an attractive option for drivers looking to make the switch to electric mobility without stretching their budget.

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Volvo has officially started customer deliveries of the all-new Volvo EX60 in Europe, marking an important milestone for the Swedish automaker’s expanding electric vehicle lineup. The first owners in Sweden have already taken delivery of the electric SUV, while additional customer deliveries across Europe are scheduled to accelerate throughout the coming weeks and months.

Unveiled earlier this year, the EX60 is one of Volvo’s most significant electric launches to date. Positioned in one of the world’s largest SUV segments, the new five-seat electric SUV combines long driving range, ultra-fast charging, advanced safety technologies, and competitive pricing aimed at attracting a broader audience to electric mobility.

Volvo EX60 Targets the Mainstream Electric SUV Market

The EX60 is designed to make the transition to electric driving easier by addressing two of the biggest concerns for buyers: driving range and charging speed.

The flagship EX60 P12 AWD delivers an impressive WLTP range of up to 810 km (503 miles), making it the longest-range electric vehicle Volvo has ever produced. According to the company, that figure also places the EX60 at the top of its segment.

Charging performance is equally impressive. Using a 400 kW DC fast charger, the EX60 can recharge from 10% to 80% in as little as 16 minutes, while adding up to 340 km (211 miles) of driving range in just ten minutes under ideal conditions.

These figures position the EX60 among the fastest-charging electric SUVs currently entering the market and significantly reduce long-distance travel concerns for EV buyers.

Three Powertrain Options Available

Volvo will offer the EX60 with three fully electric powertrains, allowing customers to choose the version that best suits their driving needs.

The available configurations include:

– EX60 P12 AWD – up to 810 km (503 miles) WLTP range
– EX60 P10 AWD – up to 660 km (410 miles) WLTP range
– EX60 P6 RWD – up to 611 km (380 miles) WLTP range

In total, the EX60 lineup consists of seven different variants, offering a broad selection of equipment levels and configurations.

Built on Volvo’s Next-Generation SPA3 Platform

The EX60 is the first fully electric Volvo to be designed, developed, and manufactured entirely in Sweden using the company’s new SPA3 vehicle architecture.

The platform introduces several next-generation technologies, including:

– Cell-to-body battery integration
– Mega-casting manufacturing techniques
– Advanced core computing architecture
– Next-generation software-defined vehicle capabilities

These innovations are designed to improve efficiency, reduce manufacturing complexity, and support future software updates while enhancing vehicle performance and safety.

Advanced Safety and User Experience

Safety remains at the heart of the EX60. Volvo says the SUV represents the next generation of its safety philosophy by combining powerful onboard computing with advanced driver assistance technologies.

The new computing architecture also enables a more responsive infotainment system and a smoother digital user experience, while providing the foundation for future software improvements delivered over the air.

Customer Deliveries Continue Through 2026

Production and deliveries are expected to ramp up significantly during the second half of 2026 as Volvo increases manufacturing capacity to meet demand.

Order books remain open across Europe, and reservations have recently expanded to the United States, signaling Volvo’s intention to make the EX60 one of its key global electric models.

With its combination of class-leading driving range, rapid charging capability, modern technology, and competitive positioning, the Volvo EX60 arrives as one of the most compelling new electric SUVs entering the market in 2026.

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Jaguar Land Rover (JLR) has significantly expanded its public charging offering for electric and plug-in hybrid vehicle owners by partnering with Digital Charging Solutions (DCS), giving customers access to more than 1.1 million charging points across Europe.

The new JLR Charging service replaces the company’s previous charging solution provided by Plugsurfing and marks another important step in JLR’s broader electrification strategy as it prepares to introduce the first fully electric Range Rover.

The upgraded charging platform is available to drivers of Jaguar, Range Rover, Defender and Discovery models equipped with either battery-electric or plug-in hybrid powertrains. Customers can access the service through the InControl Remote smartphone app, future JLR mobile applications, or a branded charging card that enables seamless authentication and payment across compatible charging networks.

Access to More Than One Million Chargers Across 29 European Countries

Powered by Digital Charging Solutions, the new platform connects customers to hundreds of charging operators across 29 European countries. Drivers can locate nearby chargers, check charger availability, filter stations by charging speed, and navigate directly to their chosen destination using the vehicle’s built-in navigation system.

The charging network currently includes approximately 1,174,593 public charging points, including around 75,000 chargers in the United Kingdom, making it one of Europe’s largest integrated charging ecosystems.

Coverage extends from major metropolitan areas to remote travel destinations. More than 16,000 charging points are available around Stuttgart, while popular holiday destinations such as Rhodes, Greece, offer hundreds of public chargers. Drivers can also find charging infrastructure in rural regions, including Austria’s East Tyrol and northern Norway around Tromsø.

Simplified Charging and Flexible Payment Options

JLR Charging is designed to simplify the public charging experience by allowing customers to manage charging sessions and payments through a single account.

Owners of new or approved used Jaguar and Land Rover plug-in hybrid or electric vehicles receive a complimentary branded charging card that provides access to the entire network. Existing customers can order the card through their retailer or directly within the mobile app.

The standard service is available free of charge, while customers seeking lower charging costs can subscribe to a premium plan priced at £8.99 per month, which offers up to a 20% discount on charging rates at participating stations.

Supporting JLR’s Electric Future

The partnership arrives as JLR accelerates its transition toward electrification.

The first all-electric Range Rover Electric is expected to debut soon, followed by the Range Rover Sport Electric, both built on JLR’s Modular Longitudinal Architecture (MLA). Future electric models across the Range Rover, Defender and Discovery families will join a portfolio that also includes hybrid and plug-in hybrid powertrains, while conventional internal combustion-only models will gradually be phased out.

Jaguar is also progressing toward becoming an all-electric luxury brand. Following the end of I-Pace production in late 2024, the company is developing an entirely new electric lineup, led by the upcoming Type 01 four-door GT, with additional models expected in the coming years.

Future JLR electric vehicles will continue to benefit from the extensive charging infrastructure provided through the DCS platform, ensuring customers have convenient access to charging across Europe from the day they take delivery.

A Major Upgrade for JLR EV Owners

With access to more than 1.1 million charging points across Europe, integrated route planning, simplified payments, and subscription-based charging discounts, JLR Charging represents a major enhancement for Jaguar and Land Rover electrified vehicle owners.

The expanded charging ecosystem not only improves convenience for current customers but also lays the foundation for JLR’s rapidly growing portfolio of next-generation electric vehicles, beginning with the highly anticipated Range Rover Electric and future all-electric Jaguar models.

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